Holiday
ESS工科 506 M5M6R5
Session 1: Introduction to thermodynamics and heat transfer (by Prof. 陳紹文) Week 1: Introduction to energy systems Week 2: Fundamental thermodynamics (i):systems,states,properties,cycles,etc Week 3: Fundamental thermodynamics (ii):1st law Fundamental thermodynamics (iii):2nd law Week 4: Fundamental heat transfer (i):1D HT Week 5: Fundamental heat transfer (ii):NC/FC Week 6: Exam 1 Session 2: Introduction to fluidics (by Prof. 王翔郁) Week 7: Fluid Statics: Week 8: Fluid dynamics: Week 9: Hydraulics: Week 10: Scaling law: Week 11: Project presentation Week 12: Exam 2 Session 3: Introduction to real-life engineering thermofluidic (by Prof. 林洸銓) Week 13: Job careers, classification of fluid flows, flow patterns and Bernoulli equation Week 14: Internal flow and external flow Week 15: Refrigerators, heat pumps, steam power plants Week 16: Combustion and thermochemistry Week 17: Internal combustion engines, jet engines Week 18: Exam 3
Course keywords: Fluid mechanics, thermodynamics, heat transfer, combustion, computational tools, experimental methods Session 1: Introduction to thermodynamics and heat transfer (by Prof. 陳紹文) Week 1: Introduction to energy systems Week 2: Fundamental thermodynamics (i):systems,states,properties,cycles,etc Week 3: Fundamental thermodynamics (ii):1st law Fundamental thermodynamics (iii):2nd law Week 4: Fundamental heat transfer (i):1D HT Week 5: Fundamental heat transfer (ii):NC/FC Week 6: Exam 1 Session 2: Introduction to fluidics (by Prof. 王翔郁) Week 7: Fluid Statics: Week 8: Fluid dynamics: Week 9: Hydraulics: Week 10: Scaling law: Week 11: Project presentation Week 12: Exam 2 Session 3: Introduction to real-life engineering thermofluidic (by Prof. 林洸銓) Week 14: Gas power cycles, combustion Week 15: Steam power plant and refrigeration cycles Week 16: Fluid dynamics-understanding, measuring flow, moving sphere in fluid with numerical methods Week 17: 0-D heat transfer analysis with numerical methods Week 18: Exam 3
Average GPA 3.3
Std. Deviation 0.56
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